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Use the tag to add date and time. The HTML tag is used for displaying the human readable date and time.The HTML tag also supports the following additional attribute −AttributeValueDescriptiondatetimedatetimeIt is a machine readable date timeExampleYou can try to run the following code to learn how to add date and time in HTML5 − HTML time Tag The time is 08:30 pm
Use the tag in HTML to create a heading. The HTML tag is used for specifying a header cell or table header within a table.The following are the attributes −AttributeValueDescriptionabbrabbreviated_textDeprecated − Specifies an abbreviated version of the content in a header cell.alignrightleftcenterjustifycharDeprecated − Content alignment in header cell.axisNameDeprecated − Specifies a category for this th.bgcolorrgb(x, x, x)#hexcodecolornameDeprecated − Specifies the background color of the header cell.charCharacterDeprecated − Specifies which character to align text on. Used when align = "char"charoffpixels or %Deprecated − Specifies an alignment offset (either in pixels or percentage value) against the first character as specified ... Read More
The HTML tag is used for indicating an abbreviation. You can try to run the following code to learn how to include an abbreviation in HTML −Example HTML abbr Tag pvt. WHO promotes the global game.
In this tutorial, we will be discussing a program to understand thread functions in C/C++.Thread functions allow users to implement concurrent functions at the same time, which can either be dependent on each other for execution or independent.Example#include #include #include void* func(void* arg){ //detaching the current thread pthread_detach(pthread_self()); printf("Inside the thread"); pthread_exit(NULL); } void fun(){ pthread_t ptid; //creating a new thread pthread_create(&ptid, NULL, &func, NULL); printf("This line may be printed before thread terminates"); if(pthread_equal(ptid, pthread_self()) printf("Threads are equal"); else printf("Threads are ... Read More
In this tutorial, we will be discussing a program to understand templates and static variables in C++.In case of function and class templates, each instance of the templates has its own local copy of the variables.Example Live Demo#include using namespace std; template void fun(const T& x){ static int i = 10; cout
In this tutorial, we will be discussing a program to understand Template specialization in C++.Standard functions like sort() can be used with any data types and they behave the same with each of them. But if you want to set a special behaviour of the function for a particular data type (even user defined), we can use template specialization.Example Live Demo#include using namespace std; template void fun(T a) { cout
In this tutorial, we will be discussing a program to understand swapping of subranges of different containers in C++.For this we will be provided with vectors and lists, and we need to swap some of their elements.Example Live Demo#include #include #include #include using namespace std; int main(){ vector v = { -10, -15, -30, 20, 500 }; list lt = { 10, 50, 30, 100, 50 }; swap_ranges(v.begin(), v.begin() + 3, lt.begin()); for (int n : v) cout
In this tutorial, we will be discussing a program to understand how to sum two integers without using arithmetic operators in C/C++.For adding two integers without using arithmetic operators, we can do this with either using pointers or using bitwise operators.ExampleUsing pointers#include using namespace std; int sum(int a, int b){ int *p = &a; return (int)&p[b]; } int main() { int add = sum(2,3); cout
In this tutorial, we will be discussing a program to understand how to store a Data triplet in a vector in C++.To store three elements in a single cell of a vector we will creating a user defined structure and then make a vector from that user defined structure.Example Live Demo#include using namespace std; struct Test{ int x, y, z; }; int main(){ //creating a vector of user defined structure vector myvec; //inserting values myvec.push_back({2, 31, 102}); myvec.push_back({5, 23, 114}); myvec.push_back({9, 10, 158}); int s = myvec.size(); for (int i=0;i
In this tutorial, we will be discussing a program to understand how to restrict dynamic allocation of objects in C++.For this we will be keeping the new operator function private so that objects cannot be created using it dynamically.Example Live Demo#include using namespace std; class Test{ //making new operator private void* operator new(size_t size); int x; public: Test() { x = 9; cout